Sequential switching and feedback control keep each antenna at target radiated power despite uneven loads in transcranial EM arrays.
Localized microwave hyperthermia degrades HPV E6 protein, restores p53 activity, and treats infected tissue without immune dependence.
A machine learning model predicts dose volume histogram shapes to guide radiation plan optimization and better separate targets from adjacent tissues.
Evanescent microwave energy heats the dermal-fat interface for deeper skin tightening with less pain and less collateral heating than laser or HIFU.
This case combines a flexible silicone LED barrier, rechargeable power, wireless control, adjustable fit, and opaque eye edges.
A microwave power control device distributes signals to multiple accelerating tubes using a circulator and adjustable phase shifters.
An expandable microwave antenna arcs its inner conductor to create a larger ablation zone.
Separable upper and lower shells reduce housing complexity, allowing the device to sit on standard support surfaces for easier MRI integration.
Microwave energy penetrates deep into infected tissue to denature viral particles and stimulate an immune response.
Focused microwave pulses penetrate the skull to modulate deep brain neuronal circuits, resolving poor spatial resolution in non-invasive neuromodulation.
Microwave energy treats dermatological pain by replacing drugs and surgery, eliminating addiction risks and reducing recovery time.
Microwave skin treatment apparatus delivers controlled heating through a waveguide shield to target subsurface tissue layers.
A microwave tissue interface module separates air and liquid phases via a bio-barrier, resolving device complexity while ensuring reliable fluid prevention.
A microwave applicator generates focal thermal zones in the dermis using 5.8 GHz energy and fluid cooling.
Focused red and infrared light irradiation increases ATP levels to accelerate bone growth while reducing medication side effects.
A ferrite element surrounds a coaxial cable to attenuate high-frequency electromagnetic currents without blocking power transmission.
A microwave applicator tissue interface module uses a vacuum mechanism to draw skin into an applicator chamber for energy delivery.